Neutrinos: The Building Block for Some Incredible New Technologies
A nearly massless, invisible particle may serve as the foundation for some truly amazing new technologies. It is known as a neutrino.
Topic
Science
156 articles on this topic.
Page 2 of 7
The world needs a new Tesla
It is common knowledge that only a small percentage of scientists have the ability to create novel scientific concepts and produce significant discoveries.
IceCube neutrinos provide our first look inside an active galaxy's interior
NGC 1068, often known as Messier 77, is an active galaxy in the constellation Cetus that has been one of the most well-known and extensively researched…
Researchers create a novel method for automating science in space
NASA's Mars rovers explore the Martian surface in search of ground-breaking scientific findings.
Perovskite tandem solar cells benefit from nanostructures in a variety of ways
Teams at HZB showed perovskite silicon tandem solar cells with an efficiency of about 30% by the end of 2021.
An Anomaly in the Structure of Protons Has Scientists Puzzled
The imperfection of the current description of proton structure has been validated by nuclear physicists.
Why the Most Recent Calculations on Dark Energy and Dark Matter by Scientists Are Important
Scientists made a startling cosmic discovery in 1998. They came to the realization that the universe is not only expanding but also seems to be speeding up…
The development of sophisticated manufacturing methods is accelerated by machine learning
Despite the amazing technology advancements that permeate our lives today, there hasn't been much of a change in how humans deal with the metals for thousands…
The KATRIN experiment breaches the 1-electronvolt neutrino mass barrier
Researchers have determined that there is a new upper limit of 0.8 electronvolts for the mass of a neutrino by conducting an experiment.
Control of magnetism at the molecular level is now in the hands of scientists
To better understand magnetism, it is helpful to understand how the atoms in magnetic materials are structured.
Discoveries in "The Chemistry of the Origin of Life"
Chemists at Purdue University have solved a mystery that has stumped scientists for decades by finding a mechanism that explains how peptide-forming processes…
The stunning room-temperature superconductor claim has been withdrawn
A study that received a lot of attention and in which researchers claimed to have seen the first actual room-temperature superconductor has since been discredited.
The heaviest neutron star ever discovered has a mass 2.35 times that of the sun
According to recent studies, a neutron star located south of the constellation Leo is the most massive of its kind yet discovered.
Quantum gravity's dark matter
Since the 1930s, researchers have discovered evidence suggesting the Universe’s mass is composed of approximately 85% of a perplexing and yet unexplained kind…
It's possible that protons harbor a heavier subatomic particle inside of them
New findings imply protons might have more "charm" than previously recognized.
Ghost particles likely originate from galactic nuclei fueled by supermassive black holes
[vc_row][vc_column][vc_empty_space height=”24px”][vc_column_text]Since their initial discovery in 1956, neutrinos have confused scientists due to their lack…
Where ghostly neutrinos fit in with the solution to the universe's matter mystery
There is a possibility that the solution to one of the most perplexing questions about the cosmos can be found in one of the tiniest and creepiest particles.
To create tiny diamonds and a new kind of water, scientists blasted plastic using lasers
Scientists have been able to confirm the existence of an unusual new kind of water by blasting inexpensive plastic with extremely intense lasers.
First atomic view of an operational quantum electronic gadget
Ultrafast electron diffraction (UED), a camera that detects atomic movements, was used to see a quantum electronic system for the first time.
This quantum sensor is solar-powered, making it more eco-friendly
Instead of using power-hungry lasers, as was done with prior versions of these sensors, the new design measures the magnetic field using light from the sun.
In a revolutionary experiment, scientists have successfully created matter out of nothing
The expression "you can't produce something out of nothing" is certainly familiar to all of us by now.
These physicists prefer a new theory of gravity to the possibility of dark matter
Dark matter was postulated to explain why stars at the galaxy's edge moved far faster than Newton had expected.
Researchers Observe Rotating Quasiparticles in a Two-Dimensional Magnet
When combined with a light-emitting quasiparticle (called an exciton) with quantum information applications, new research shows that spinning quasiparticles…
Saturn's rings and tilt could be attributed to a single lost moon
A single, doomed moon could clear up a couple of mysteries about Saturn. This hypothetical missing moon, dubbed Chrysalis, could have helped tilt Saturn over…